Husqvarna FC 250 2014-2015 FE 250 2014-2016 Grade B 77.97mm 14.3:1 High Compression
Vertex four-stroke pistons are forged from 2618 aluminum alloy for superior strength and durability in four-stroke engines. These pistons feature unique profiles and compression ratios, offered in sizes A, B, C, and D, to maximize power and performance while reducing blow-by and oil consumption. This specific piston is Grade B, measures 77.97mm, and has a 14.3:1 high compression ratio.
- SKU
- V.3847B
- Brand
- Vertex
- Availability
- In Stock (2)
FULL DESCRIPTION
High Performance Vertex Forged Four-Stroke Piston
Upgrade your engine reliability and power output with this premium Vertex forged piston. Engineered specifically for the high cylinder pressures inherent in modern four-stroke engines, this piston provides the durability and performance demanded by serious riders and racers.
Vertex pistons are manufactured from high-quality 2618 aluminum alloy, a material chosen for its superior strength and resistance to the stresses of high-compression operation. By utilizing advanced piston profiles, this component is designed to optimize engine efficiency, improve combustion, and minimize blow-by and oil consumption.
Key Features
- Forged Construction: Built from 2618 aluminum alloy to ensure maximum structural integrity under extreme thermal and mechanical loads.
- High Compression Ratio: Features a 14.3:1 compression ratio to boost throttle response and overall engine power.
- Precision Engineering: Designed with specialized profiles to maintain tight tolerances and reduce internal engine wear.
- Optimized Performance: Engineered to maximize power delivery while effectively managing oil consumption and cylinder sealing.
- Grade B Specification: Precision-sized at 77.97mm for accurate fitment and optimal clearance within the cylinder bore.
Whether you are performing a top-end rebuild or looking to enhance your engine's performance characteristics, this Vertex forged piston offers the reliability and technical refinement required for peak operation.